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#!/usr/bin/env ruby
require File.dirname(__FILE__) + '/../../../lib/puppettest'
require 'puppettest'
#require 'puppettest/fileparsing'
#require 'puppet/type/port'
#require 'test/unit'
#require 'facter'
#
#class TestParsedPort < Test::Unit::TestCase
# include PuppetTest
# include PuppetTest::FileParsing
#
# def setup
# super
# @provider = Puppet::Type.type(:port).provider(:parsed)
# @oldfiletype = @provider.filetype
# end
#
# def teardown
# Puppet::Util::FileType.filetype(:ram).clear
# @provider.filetype = @oldfiletype
# @provider.clear
# super
# end
#
# # Generate a line from a hash. The line might include '\n'.
# def genline(hash)
# line = [hash[:name], "#{hash[:number]}/%s"].join("\t\t")
# if hash[:alias]
# line += "\t\t" + hash[:alias].join(" ")
# end
# if hash[:description]
# line += "\t# " + hash[:description]
# end
#
# return hash[:protocols].collect { |p| line % p }.join("\n")
# end
#
# # Parse our sample data and make sure we regenerate it correctly.
# def test_portsparse
# files = fakedata("data/types/port")
# files.each do |file|
# oldtarget = @provider.default_target
# cleanup do
# @provider.default_target = oldtarget
# end
# @provider.default_target = file
#
# assert_nothing_raised("failed to fetch %s" % file) {
# @provider.prefetch
# }
#
# hashes = @provider.target_records(file).find_all { |i| i.is_a? Hash }
# assert(hashes.length > 0, "Did not create any hashes")
# dns = hashes.find { |i| i[:name] == "domain" }
#
# assert(dns, "Did not retrieve dns record")
# assert_equal("53", dns[:number], "dns number is wrong")
#
# text = nil
# assert_nothing_raised("failed to generate %s" % file) do
# text = @provider.to_file(@provider.target_records(file))
# end
#
# oldlines = File.readlines(file)
# newlines = text.chomp.split "\n"
# regex = /^(\S+)\s+(\d+)\/(\w+)/
# oldlines.zip(newlines).each do |old, new|
# if omatch = regex.match(old)
# assert(newmatch = regex.match(new),
# "Lines were not equivalent: %s vs %s" %
# [old.inspect, new.inspect]
# )
# oldfields = omatch.captures and
# newfields = newmatch.captures
#
# assert_equal(oldfields, newfields,
# "Lines were not equivalent: %s vs %s" %
# [old.inspect, new.inspect]
# )
# end
# # assert_equal(old.chomp.gsub(/\s+/, ''),
# # new.gsub(/\s+/, ''),
# # "Lines are not equal in %s" % file)
# end
# end
# end
#
# # Try parsing the different forms of lines
# def test_parsing
# # Each of the different possible values for each field.
# options = {
# :name => "service",
# :number => "1",
# :alias => [nil, ["null"], %w{null sink}, %w{null sink other}],
# :description => [nil, "my description"],
# :protocols => [%w{tcp}, %w{udp}, %w{tcp udp}]
# }
#
# # Now go through all of the different iterations and make sure we
# # parse them correctly.
# keys = options.keys
#
# name = options[:name]
# number = options[:number]
# options[:alias].each do |al|
# options[:description].each do |desc|
# options[:protocols].each do |proto|
# hash = {:name => name, :number => number, :alias => al,
# :description => desc, :protocols => proto}
# line = genline(hash)
#
# # Try parsing it
# record = nil
# assert_nothing_raised do
# record = @provider.parse_line(line)
# end
# assert(record, "Did not get record returned")
# hash.each do |param, value|
# if value
# assert_equal(value, record[param],
# "did not get %s out of '%s'" % [param, line])
# end
# end
#
# # Now make sure it generates correctly
# assert_equal(line, @provider.to_line(record),
# "Did not generate %s correctly" % line)
# end
# end
# end
# end
#
# # Make sure we correctly join lines by name, so that they're considered
# # a single record.
# def test_lines
# result = nil
# assert_nothing_raised do
# result = @provider.lines(
#"smtp 25/tcp mail
#time 37/tcp timserver
#time 37/udp timserver
#rlp 39/udp resource # resource location
#tacacs 49/tcp # Login Host Protocol (TACACS)
#nameserver 42/tcp name # IEN 116
#whois 43/tcp nicname
#tacacs 49/udp
#re-mail-ck 50/tcp # Remote Mail Checking Protocol
#domain 53/tcp nameserver # name-domain server
#re-mail-ck 50/udp
#domain 53/udp nameserver"
# )
# end
#
# assert_equal([
#"smtp 25/tcp mail",
#"time 37/tcp timserver
#time 37/udp timserver",
#"rlp 39/udp resource # resource location",
#"tacacs 49/tcp # Login Host Protocol (TACACS)
#tacacs 49/udp",
#"nameserver 42/tcp name # IEN 116",
#"whois 43/tcp nicname",
#"re-mail-ck 50/tcp # Remote Mail Checking Protocol
#re-mail-ck 50/udp",
#"domain 53/tcp nameserver # name-domain server
#domain 53/udp nameserver"
#], result)
#
# end
#
# # Make sure we correctly handle port merging.
# def test_port_merge
# fields = [:name, :number, :protocols, :alias, :description]
# base = %w{a 1}
#
# z = proc { |ary| h = {}; fields.zip(ary) { |p,v| h[p] = v if v }; h }
#
# # Make sure our zipper is working
# assert_equal({:name => "a", :number => "1", :protocols => %w{tcp udp}},
# z.call(["a", "1", %w{tcp udp}])
# )
#
# # Here we go through the different options, just testing each key
# # separately.
# {
# # The degenerate case - just two protocols
# [%w{tcp udp}] => [[%w{tcp}], [%w{udp}]],
#
# # one alias
# [%w{tcp udp}, %w{A}] => [[%w{tcp}, %w{A}], [%w{udp}]],
#
# # Other side
# [%w{tcp udp}, %w{A}] => [[%w{tcp}], [%w{udp}], %w{A}],
#
# # Both
# [%w{tcp udp}, %w{A}] => [[%w{tcp}, %w{A}], [%w{udp}], %w{A}],
#
# # Adding aliases
# [%w{tcp udp}, %w{A B}] => [[%w{tcp}, %w{A}], [%w{udp}], %w{B}],
#
# # Merging aliases
# [%w{tcp udp}, %w{A B}] => [[%w{tcp}, %w{A B}], [%w{udp}], %w{B}],
#
# # One description
# [%w{tcp udp}, nil, "desc"] => [[%w{tcp}, nil, "desc"], [%w{udp}] ],
#
# # other side
# [%w{tcp udp}, nil, "desc"] => [[%w{tcp}], [%w{udp}, nil, "desc"] ],
#
# # Conflicting -- first hash wins
# [%w{tcp udp}, nil, "first"] =>
# [[%w{tcp}, nil, "first"], [%w{udp}, nil, "desc"] ],
# }.each do |result, hashes|
# assert_equal(
# z.call(base + result),
# @provider.port_merge(
# z.call(base + hashes[0]),
# z.call(base + hashes[1])
# ),
# "Did not get %s out of %s + %s" % [
# result.inspect,
# hashes[0].inspect,
# hashes[1].inspect
# ]
# )
# end
# end
#end
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